EC axial fans - HyBlade®
for ventilation technology
Edition 2016-06

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The new EC axial fansfor ventilation technology

Energy-efficient fans are also becoming increasingly important inagriculture.
Motivated by legal requirements and increasing energy costs, the market
is demanding new, energy-efficient solutions.
To accommodate this trend, ebm-papst has introduced the new axial fan
series with energy saving EC technology, fully in line with the GreenTech
philosophy.
This brochure contains a selection of axial fans, starting from an outer
diameter of 500 mm all the way up to an outer diameter of 1250 mm. This
corresponds to an air performance of up to 58.000 m³/h (34.000 cfm).
The fans have EC motors and consume, depending on the operating cycle,
up to 70% less electrical energy than comparable AC fans.

Installation could not be easier: the fan is installed in the exhaust ductor wall of the building using the attached wall ring plate. Alternatively,
the fan is integrated directly into a customer-side exhaust duct using
an optional support structure.
Depending on the required air performance, customers can choose
between a version with low pressure increase and a version for higher
pressure drops, such as those encountered in biofilters.
Depending on the attainable air performance, the fans are available insingle-phase or three-phase design, 50 or 60 Hz power supply system.
The fans are controlled via the standard 0-10V interface or an integrated bus interface.
Comprehensive corrosion protection measures have been taken thatallow the fans to be used in almost all climatic applications with outstanding operating reliability.

2016-06

Data is subject to change without notice at ebm-papst discretion.

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Connection diagrams
Technical parameters & scope
ebm-papst agents

Information
34
38
42

EC axial fans “low pressure”

2
4
6
10
22

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Agents3

2016-06

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

The new EC axial fans for ventilation technology
About ebm-papst.
Energy comparison
EC axial fans “low pressure” ø 560 to ø 1250
EC axial fans “high pressure” ø 500 to ø 1250

Energy comparison

Contents

21.06.2016 11:34:22

About ebm-papst.

As a leader in technologies for ventilation and drive engineering, ebm-papst is in demandas an engineering partner in many sectors. With over 15,000 different products, we

provide the right solution for just about any challenge. Our fans and drives are reliable,
quiet and energy-efficient.

Six reasons that make us the ideal partner:
Our systems expertise.
You want the best solution for every project. The inter­relationships
between ventilation and drive engineering must thus be considered
as a whole. And that’s what we do – with motor ­technology that sets
standards, sophisticated electronics and ­aerodynamic designs –all from a single source and perfectly matched. These system solutions
release unique synergies worldwide. And in particular – they ­relieve youof a lot of work, so that you can concentrate on your core competency.
The ebm-papst spirit of invention.
In addition to our wide range of products, we are always able to develop
customized solutions for you. A diversified team of 600 engineers andtechnicians works at our three locations in ­Germany: Mulfingen, Landshut
and St. Georgen. Contact us to ­discuss your next project.

2016-06

Our lead in technology.
As pioneer and trail-blazer for developing highly efficient EC tech­nology,
we are way ahead of other motor manufacturers. Almost our entire productrange is also available with GreenTech EC technology. The list of benefits islong: higher efficiency, main­tenance-free, longer service life, sound reduction, intelligent control characteristics and i­ncomparable energy efficiency
with savings of up to 80 % ­compared to conventional AC technology. Let
our technology be your competitive advantage as you lead in your industry.

Proximity to our customers.
ebm-papst owns 57 sales offices worldwide, of which 47 are ­sub­sidiaries
with an extensive network of sales representatives and d­ istributors. You
will always have a local contact, someone who speaks your language andknows your market.
Our standard of quality.
Of course you can rely on the highest standards of quality with our products. Our quality management is uncompromising, at every step in every
process. This is ­underscored by our certification according to international
standards including DIN EN ISO 9001, ISO/TS 16949-2 and DIN EN ISO
14001.
Our sustainable approach.
Assuming responsibility for the environment, for our employees and forsociety is an integral part of our corporate philosophy. We develop
products with an eye to maximum environmental compatibility, in particular resource-preserving production methods. We promote environmental
awareness among our young staff and are actively ­involved in sporting,cultural activities and education. That’s what makes us a leading company– and an ideal partner for you.

4

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Information
Energy comparison

ebm-papst’s success takes off with the new 68 motor.

1972

The first ebm-papst foreign subsidiary is established in Sweden.

1988

Gerhard Sturm is awarded the Federal Cross of Merit.

1990

The sixty-millionth external-rotor fan is produced.

1992

Acquisition of PAPST Motoren GmbH in St. Georgen.

1997

Buyout of the Landshut (mvl) plant.

1998

Development of first fans with integrated electronics.

2003

Change of name to ebm-papst.

2008

The HyBlade® range of fans sets new efficiency standards.

2010

GreenTech – our sign for energy efficiency and resource preservation.

2011

RadiCal defines a new standard for EC centrifugal fans.

2013

ebm-papst takes over the gearbox specialist Zeitlauf and wins the German Sustainability Award.

2014

Team partnership with Mercedes AMG PETRONAS Formula 1 team.

2015

RadiPac pushes the limits of efficiency.

EC axial fans “high pressure”

1966

Connection diagrams

First tubeaxial fan developed in EC/DC technology.

Technical parameters & scope

1965

5

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 5

AgentsFounding of Elektrobau Mulfingen GmbH & Co. KG by Gerhard Sturm and Heinz Ziehl.

2016-061963

EC axial fans “low pressure”

The story of our successto market and technology pioneer.

21.06.2016 11:34:25

Energy comparison:
axial fans size 800

The controlled ventilation of agricultural sheds is carried out primarily using axial fans. The fans are driven using single-phase asynchronous
motors installed in the hub, with speeds that are adjusted by changing the supply voltage. The disadvantage of this system is the relatively
poor energy balance. New motor and control configurations provide a significant improvement in energy balance. The following comparison
between a conventional asynchronous fan and a GreenTech EC fan demonstrates this impressively.
AC axial fan			< >		

GreenTech EC axial fan						 External rotor technology

Pa

Pa

70
80

0,16
0,12

20
30

0,12
0,08

0,24
0,20

30
40

10
20

0,08
0,04

40
50

psf

10

0,04

Comparison: 15.800 m³/h
@ 30 Pa and partial-load operation

50
60

0,20
0,16

60
70

0,36
0,32

80
90

0,32
0,28

90
100

0,28
0,24

100

Permanent magnet motor / GreenTech EC motor
Integrated frequency inverter control, 1~230 V

0,40
0,36in wg 0,40 in H2O

Asynchronous motor / AC motor					External voltage control, 3~400 V			

100%

50%

75%

25%
0

2000

0

qV

2000

4000

50%

4000

25%
4000

qV
Pfs

100%

75%

6000

8000
4000

8000

12000
6000

8000

cfm

16000

m3/h

16000

m3/h

8000

12000

cfm

h/a

3500

3000
h/a

2760

3500

2500
3000
2760

Load profile

2000
2500

2000

1500
2000

2000

1000
1500
500
1000
Time

500

500
25

50

75

500
100

%

Volumenstrom

25

50

75

100

%

2016-06

Zeit

Air flow6

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in the following image as a function of the energy costs. For example,
if the electricity price is 0.10 EUR per kWh, annual savings of 149 EUR

Information

250
223

209

200

can be expected.
150

149

164

179

238

253

268

283

194

EC axial fans “low pressure”

the GreenTech EC fan provides significant cost savings. This is shown298¤

If both fans are operated over the year with the specified load profile,

Energy comparison

Energy comparison:
axial fans size 800

100

Savingper year

50

0,10

0,11

0,12

0,13

0,14

0,15

0,16

0,17

0,18

0,19

0,20

Electricity rate¤/kWhannual operating costs of both fan concepts are added up over theyears. The load profile shown above also served as the basis for the
calculation here. The energy costs have been set at 0.10 EUR
per kWh.

¤The following figure provides the view over a longer period. Here, theEC axial fans “high pressure”

Figure: Annual savings as a function of the energy costs

AC
2000

1500

1000

EC

Costs

Connection diagrams

500

Time

1

2

3

4

5

6

7

8

Years

Figure: Operating costs over time at 0.10 EUR/kWh

The specific output of fans is an important and widely used statistic
relative to a delivery volume of 1000 m³/h . The graph shows the
specific output of both fan concepts, starting at the design operating

AC
40

30

EC

point of 15.800 m³/h @ 30Pa. The GreenTech EC technology shows its
advantages particularly well in partial-load operation, i.e. at reduced

Technical parameters & scope

for their efficiency. This is shown by the power requirement in watts

20

speed. That is precisely where barn fans are primarily operated.
10
Watt per1000 m3/h

Another reason to decide in favour of groundbreaking EC technology.

1000

qV

2000

3000

4000

5000

5000

6000

10000

7000

8000

9000

cfm

15000

m3/h

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 7

Agents7

2016-06

Figure: Comparison of specific fan power

21.06.2016 11:34:29

2016-06

8

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9

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 9

Agents

2016-06

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

EC axial fans “low pressure”

Energy comparison

Information

EC axial fans “low pressure”

21.06.2016 11:34:30

EC axial fans “low pressure”
Ø 560 - Ø 1250

Speed(1)Max.
input power(1)Max.
input current(1)Max. back pressure

Perm. ambient temp.

Weight without
attachments

rpm

kW

A

Pa

°C

kg

A

1~200-277 50/60

1000

0,40

1,80

100

-25..+60

7,2

P. 35 / P2)-5°B

1~200-277 50/60

1000

0,72

3,20

140

-25..+60

9,3

P. 35 / P2)

M3G 112-IA

0°C

1~200-277 50/60

830

0,70

3,10

100

-25..+60

12,0

P. 35 / P2)

M3G 112-IA

0°D

1~200-277 50/60

710

0,73

3,20

100

-25..+60

12,1

P. 35 / P2)*3G 910M3G 112-IA

0°E

1~200-277 50/60

590

0,58

2,60

80

-25..+60

12,2

P. 35 / P2)*3G 990

M3G 150-FF-5°F

1~200-277 50/60

820

1,39

6,10

70

-25..+60

22,8

P. 36 / L9)*3G Z50

M3G 150-NA

0°G

1~200-277 50/60

520

1,50

6,50

75

-25..+60

36,0

P. 36 / L9)*3G Z50

M3G 150-NA0°H3~380-480 50/60

570

1,78

2,70

75

-25..+65

36,0

P. 34 / L5)

Type

Motor

*3G 560

M3G 112-EA-5°*3G 630

M3G 112-GA*3G 710*3G 800

Pa

Curves:(1) Nominal data at operating point with maximum load and 230 or 400 VAC.

150

in wg

Subject to change

Techn. featuresand connection
diagramFrequency
Hz

Nominal data

Curve

VAC

Blade pitch

Nominal voltage
range– Material:
Carrying ring: Steel, galvanized and coated in black plastic (RAL 9005)
Wall ring: Sheet steel, galvanized and coated in black plastic (RAL 9005)
Blades: B D E (5) Painted press-fitted sheet steel blank, over-molded with PP plastic
A C F (5) Painted aluminium insert, over-molded with PP plastic
G H (3) Die-cast aluminium, painted black
Rotor: Painted black
Electronics housing: Die-cast aluminium, painted black– Direction of rotation: A B C clockwise, D E F G H counter-clockwise viewed toward rotor– Degree of protection: A B C D E IP 54, F G H IP 55– Insulation class: A B C D E "B" ("F" applying to the main components as per EN)
F G H "F"– Installation position: Shaft horizontal or rotor on top; rotor on bottom on request

3

140

n
rpm

Ped
kW

I
A

LWA
dB(A)

SFP
W/(1000m3/h)

A

1

1000

2,93

1,29

67

35,1

A

2

1000

3,31

1,46

66

43,3

A

3

1000

4,00

1,80

69

74,1

B

1

1000

4,62

2,11

71

38,2

B

2

1000

5,18

2,36

69

45,9

B

3

1000

7,20

3,20

71

94,8

C

1

830

4,48

2,10

69

31,1

C

2

830

5,25

2,41

68

39,6

70

C

3

830

7,00

3,10

73

71,5

60

D

1

710

4,62

2,15

70

26,5

50

D

2

710

5,41

2,49

67

34,3

D

3

710

7,30

3,20

69

69,6

E

1

590

3,46

1,64

67

18,2

E

2

590

4,45

2,07

65

27,0

E

3

590

5,80

2,60

71

58,5

130
0.5

120

B

110

3

0.4

100

3 3

90

D

80

3

0.2

0.3

A

40

2

20

2

2

2 2

0.1

30

E

C

10
Pfs

0

qv

2500

4000

1

1

8000

12000

5000

7500

1

1

10000

16000

1

cfm

m³/h

2016-06

Air performance measured according to: ISO 5801, installation category A, in ebm-papst full nozzle without contact protection.
Intake-side sound level: LwA according to ISO 13347, LpA measured at 1 m distance from fan axis. The values given are only applicable under the specified measuring conditions and may differ depending on the installation conditions. In the event of deviationfrom the standard configuration, the parameters must be checked in installed condition. See Page 38 ff for detailed information.

10

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Information
7,2

W3G 560-DP68 -35 (2)

18,9

9,3

W3G 630-DQ37 -35

(2)

24,3

(2)

26,9

A3G 710-AO85 -35

12,0

W3G 710-DO85 -35"A"

A3G 800-AO81 -35

12,1

W3G 800-DO81 -35 (2)

33,3

(2)

37,0

"A"

A3G 910-AO84 -35

12,2

W3G 910-DO84 -35"A"

A3G 990-AW30 -55

22,8

W3G 990-DW30 -55 (2)

52,7

(3)

80,0
80,0

W3G Z50-CK07 -55

36,0

W3G Z50-CK15 -35 (3)0.35Curves:

in wg

36,0

A3G Z50-AK15 -35

Pa

A3G Z50-AK07 -55

"A"

80
0.3

4

4

4
0.25

3

3

0.15

40

H

3

0.2

60

G

F

2

2

0.1

Energy comparison

kg

"A"

"A"

EC axial fans “low pressure”

Weight withsquare / roundfull nozzle"A" ❮with square (2) /round (3)full nozzle

EC axial fans “high pressure”

A3G 630-AQ37 -35

kg

n
rpm

Ped
kW

I
A

LWA
dB(A)

SFP
W/(1000m3/h)

F

1

820

0,99

4,34

81

32,4

F

2

820

1,15

5,01

80

40,2

F

3

820

1,29

5,69

79

47,9

F

4

820

1,39

6,10

79

54,4

G

1

580

1,50

6,50

72

31,9

G

2

560

1,50

6,50

72

35,7

G

3

540

1,50

6,50

73

42,3

G

4

520

1,50

6,50

74

54,5

H

1

605

1,67

2,55

65

33,4

H

2

595

1,74

2,65

65

38,2

H

3

585

1,78

2,70

65

43,9

H

4

570

1,78

2,70

66

52,4

Connection diagrams"A"

A3G 560-AP68 -35– Condensation drainage holes: Stator side
– Mode: Continuous operation (S1)
– Mounting: Maintenance-free ball bearings– Efficiency: Ecodesign EU regulation EU 327/2011

Technical parameters & scope

"A"

"A" ❮
without attachments

Weight without
attachments

Air flow direction– Technical features: See connection diagram P. 34 ff.
– EMC: H Interference emission according to EN 61000-6-4
H Immunity to interference according to EN 61000-6-2– Touch current: <= 3,5 mA according to IEC 60990 (measuring circuit Fig. 4)– Terminal box: Electrical connection via terminal strip– Protection class: I (with customer connection of protective earth)– Conformity with standards: CE– Approvals:
A B C D E CCC; EAC is planned; UL, CSA, VDE on requestF G H EAC, CURUS

2

0.05

20

Pfs

0

qv

5000

10000

10000

20000

15000

1
30000

20000

25000

40000

1 1

30000

cfm

50000

m³/h

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 11

Conn. diagram
P. 34 ff.

11

AgentsDrawings
P. 12 ff.

2016-06

Air performance measured according to: ISO 5801, installation category A, in ebm-papst full nozzle without contact protection.
Intake-side sound level: LwA according to ISO 13347, LpA measured at 1 m distance from fan axis. The values given are only applicable under the specified measuring conditions and may differ depending on the installation conditions. In the event of deviationfrom the standard configuration, the parameters must be checked in installed condition. See Page 38 ff for detailed information.

21.06.2016 11:34:32

EC axial fans “low pressure”
Ø 560 with motor M3G112, drawings for direction of air flow "A"A3G 560-AP68-35 (Without attachments)

156±4
115±3
5x

°

Ø552±2

Ø200±1
Ø165±0,572

56,5±0,6

Cable glandM16x1,5

5xM6
212±3

Ø186±0,5"A" ❮Depth of screw
12-16 mm

W3G 560-DP68-35 (With full square nozzle)

Ø11

Ø576

207,5

16
135

675±1
725-3

2016-06"A" ❮12

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Information

EC axial fans “low pressure”
Ø 630 with motor M3G112, drawings for direction of air flow "A"

156±4
117±3

5x

Energy comparison

A3G 630-AQ37-35 (Without attachments)

EC axial fans “low pressure”°

Ø627±2

Ø200±1
Ø165±0,572

56,5±0,6

Cable glandM16x1,5

5xM6
214±3

Ø186±0,5
Depth of screw
12-16 mm

EC axial fans “high pressure”"A" ❮W3G 630-DQ37-35 (With full square nozzle)

Ø11Technical parameters & scope

Ø653

Connection diagrams

180±5

20
150

750±1
805-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 13

Agents13

2016-06"A" ❮21.06.2016 11:34:35

EC axial fans “low pressure”
Ø 710 with motor M3G112, drawings for direction of air flow "A"A3G 710-AO85-35 (Without attachments)

161±4
136±3
5x

°

Ø703±2

Ø200±1
Ø165±0,572

56,5±0,6

Cable glandM16x1,5

5xM6
217±3

Ø186±0,5"A" ❮Depth of screw
12-16 mm

W3G 710-DO85-35 (With full square nozzle)

Ø11

Ø792

221±5

20
160

810±1
850-3

2016-06"A" ❮14

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Information

EC axial fans “low pressure”
Ø 800 with motor M3G112, drawings for direction of air flow "A"5x°

Ø786±2

Ø200±1
Ø165±0,572

EC axial fans “low pressure”

147±4
122±3

Energy comparison

A3G 800-AO81-35 (Without attachments)

Cable glandM16x1,556,5±0,6

5xM6
206,5±3Ø186±0,5

Depth of screw
12-16 mm

EC axial fans “high pressure”"A" ❮W3G 800-DO81-35 (With full square nozzle)

Ø14,5Technical parameters & scope

Ø857

Connection diagrams

245±5

17
190

910±1
970-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 15

Agents15

2016-06"A" ❮21.06.2016 11:34:39

EC axial fans “low pressure”
Ø 910 with motor M3G112, drawings for direction of air flow "A"A3G 910-AO84-35 (Without attachments)

116±4
103±3

5x

°

Ø905±2

Ø200±1
Ø165±0,572

Cable glandM16x1,556,5±0,6

5xM6
200,5±3Ø186±0,5"A" ❮Depth of screw
12-16 mm

W3G 910-DO84-35 (With full square nozzle)

Ø14,5

Ø976

235±5

20
205

1010±1
1070-32016-06"A" ❮16

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 16

21.06.2016 11:34:40

Information

EC axial fans “low pressure”
Ø 990 with motor M3G150, drawings for direction of air flow "A"A3G 990-AW30-55 (Without attachments)

Energy comparison

Depth of screw
max. 25 mm

183±3
106±2
°
45
8x

14xM10EC axial fans “low pressure”

6x6

0°

Ø990±222,5°70

Ø232-2
Ø252±0,3
Ø275

EC axial fans “high pressure”"A" ❮Cable gland
M20x1,5

W3G 990-DW30-55 (With full square nozzle)

Ø14,5Technical parameters & scope

Ø1063

Connection diagrams

277±5

20
225

1110±11170-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 17

Agents17

2016-06"A" ❮21.06.2016 11:34:43

EC axial fans “low pressure”
Ø 1250 with motor M3G150, drawings for direction of air flow "A"
A3G Z50-AK07-55 (Without attachments)
203±3
158 ±2M10 (14x)

8x

45

°
6x6
0°

70

Ø232

Ø1248±2

22.5°

Tightening torque3.5 ± 0.5 Nm

Cable gland
M20 x 1.5 (3x):Cable diametermin. 4 mm, max. 10 mmTightening torque 4 ± 0.6 Nm

Ø252 ±0.3
Ø275

289.5

"A" ❮

W3G Z50-CK07-55 (With full round nozzle)Ø14 (6x)

6x

60°

Ø1423
Ø1560

80

Ø 14

70

15
260

2016-06"A" ❮18

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 18

21.06.2016 11:34:55

Information

EC axial fans “low pressure”
Ø 1250 with motor M3G150, drawings for direction of air flow "A"

203±3
158 ±2

Energy comparison

A3G Z50-AK15-35 (Without attachments)

M10 (14x)

8x

45

°
6x6

Ø232

Ø1248±2

22.5°

Tightening torque3.5 ± 0.5 Nm

Ø252 ±0.3
Ø275

277

"A" ❮

EC axial fans “high pressure”

Cable gland
M20 x 1.5 (3x):Cable diametermin. 4 mm, max. 10 mmTightening torque 4 ± 0.6 Nm

W3G Z50-CK15-35 (With full round nozzle)Ø14 (6x)

6x60°

Technical parameters & scope

Ø1423
Ø1560

Connection diagrams

80

Ø 14

64

EC axial fans “low pressure”

0°

57.5

15
260

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 19

Agents19

2016-06"A" ❮21.06.2016 11:35:02

2016-06

20

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21

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 21

Agents

2016-06

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

EC axial fans “low pressure”

Energy comparison

Information

EC axial fans “high pressure”

21.06.2016 11:35:03

EC axial fans “high pressure”
Ø 500 - Ø 1250

Speed(1)Max.
input power(1)Max.
input current(1)Max. back pressure

Perm. ambient temp.

Weight without
attachments

Hz

rpm

kW

A

Pa

°C

kg

A

1~200-277 50/60

1420

0,75

3,40

170

-25..+60

7,2

S. 35 / P2)-0°B

3~380-480 50/60

1510

3,20

5,00

290

-25..+65

24,4

S. 34 / L5)

M3G 150-IF

0°C

3~380-480 50/60

1250

2,83

4,30

240

-25..+60

25,3

S. 34 / L5)

M3G 150-GF

0°D

3~380-480 50/60

925

1,85

2,85

190

-25..+60

23,0

S. 34 / L5)*3G 910M3G 150-NA0°E3~380-480 50/60

1000

2,88

4,40

190

-25..+65

30,9

S. 34 / L5)*3G 990

M3G 150-NA-5°F

3~380-480 50/60

960

2,58

4,00

180

-25..+70

31,2

S. 34 / L5)*3G Z50

M3G 200-LA

0°G

3~380-480 50/60

645

4,10

6,70

180

-25..+60

66,0

S. 34 / L5)

Type

Motor

*3G 500

M3G 112-EA-0°*3G 630

M3G 150-IF*3G 710*3G 800

300

in wg

Curves:(1) Nominal data at operating point with maximum load and 230 or 400 VAC.

Pa

Subject to change

Curve

Nominal data

Techn. featuresand connection
diagramFrequency

VAC

Blade pitch

Nominal voltage
range– Material:
Carrying ring: Steel, galvanized and coated in black plastic (RAL 9005)
Wall ring: Sheet steel, galvanized and coated in black plastic (RAL 9005)
Blades: A (5) Painted press-fitted sheet steel blank, over-molded with PP plastic
B C D E F G (5) Painted aluminium insert, over-molded with PP plastic
Rotor: Painted black
Electronics housing: Die-cast aluminium, painted black– Direction of rotation: A clockwise, B C D E F G counter-clockwise viewed toward rotor– Degree of protection: A G IP 54, B C D E F IP 55– Insulation class: A "B" ("F" applying to the main components as per EN)
B C D E F G "F"– Installation position: Shaft horizontal or rotor on top; rotor on bottom on request

4

280
260
1.0

240

B

4

220
0.8

200

C

180

4

160
0.6

3

140

3

3

D

0.4

A

E

80

F

60

22 2

2

0.2

40

4

33 3

120
100

4
4

4

2

20
Pfs

0

qv

1

5000

10000

10000

1 11

20000

1

15000

20000

30000

25000

40000

30000

50000

cfm

Ped
kW

I
A

LWA
dB(A)

SFP
W/(1000m3/h)
60,6

A

1

1420

0,55

2,52

79

A

2

1420

0,60

2,74

77

72,1

A

3

1420

0,71

3,20

73

109,5

A

4

1420

0,75

3,40

74

126,6

B

1

1510

2,48

3,77

81

117,2

B

2

1510

2,63

4,00

81

129,7

B

3

1510

2,86

4,40

81

158,7

B

4

1510

3,20

5,00

85

234,4

C

1

1250

2,23

3,40

79

89,8

C

2

1250

2,33

3,54

79

99,8

C

3

1250

2,62

4,00

79

128,9

C

4

1250

2,83

4,30

83

173,2

D

1

925

1,22

1,85

72

50,7

D

2

925

1,37

2,07

72

63,2

D

3

925

1,66

2,50

76

101,7

D

4

925

1,85

2,85

80

140,2

G

2

n
rpm

1

m³/h

2016-06

Air performance measured according to: ISO 5801, installation category A, in ebm-papst full nozzle without contact protection.
Intake-side sound level: LwA according to ISO 13347, LpA measured at 1 m distance from fan axis. The values given are only applicable under the specified measuring conditions and may differ depending on the installation conditions. In the event of deviationfrom the standard configuration, the parameters must be checked in installed condition. See Page 38 ff for detailed information.

22

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21.06.2016 11:35:05

Information
17,2

24,4

W3G 630-DU23 -35

(2)

39,5

(2)

42,4

A3G 710-AU21 -35

25,3W3G 710-DU21 -35"A"

A3G 800-AT21 -35

23,0

W3G 800-DT21 -35 (2)

42,8

(2)

56,1

"A"

A3G 910-AV02 -35

30,9

W3G 910-DV02 -35"A"

A3G 990-AZ02 -35

31,2

W3G 990-DZ02 -35 (2)

61,4

66,0

(3)

137,0

A3G Z50-AB02 -35

W3G Z50-CB02 -35

n
rpm

Ped
kW

I
A

LWA
dB(A)

SFP
W/(1000m3/h)
55,0

E

1

1000

1,92

2,91

79

E

2

1000

2,19

3,35

78

67,6

E

3

1000

2,67

4,53

83

101,8

E

4

1000

2,88

4,40

82

122,1

F

1

960

1,49

2,27

85

42,6

F

2

960

1,83

2,78

83

56,6

F

3

960

2,43

3,70

84

93,4

F

4

960

2,58

4,00

85

107,3

G

1

645

2,69

4,64

79

46,0

G

2

645

3,08

5,20

78

57,6

G

3

645

3,83

6,33

80

93,3

G

4

645

4,10

6,70

83

115,3

Energy comparison
EC axial fans “high pressure”

"A"

"A"

EC axial fans “low pressure”

W3G 500-DM56 -35 (2)Connection diagrams

A3G 630-AU23 -35

7,2

kg

Technical parameters & scope

"A"

"A" ❮
with square (2) /round (3)full nozzle

Drawings
P. 24 ff.

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 23

Conn. diagram
P. 34 ff.

23

AgentsA3G 500-AM56 -35

kg

2016-06"A"

Weight withsquare / roundfull nozzle"A" ❮without attachments

Weight without
attachments

Air flow direction– Technical features: See connection diagram P. 34 ff.
– Touch current: <= 3,5 mA according to IEC 60990 (measuring circuit Fig. 4)– Terminal box: Electrical connection via terminal strip– Protection class: I (with customer connection of protective earth)– Conformity with standards: CE– Approvals:
A CCC; EAC is planned; UL, CSA, VDE on requestB C D E F G EAC, CURUS– Condensation drainage holes: Stator side
– Mode: Continuous operation (S1)
– Mounting: Maintenance-free ball bearings– Efficiency: Ecodesign EU regulation EU 327/2011

21.06.2016 11:35:05

EC axial fans “high pressure”
Ø 500 with motor M3G112, drawings for direction of air flow "A"A3G 500-AM56-35 (Without attachments)

127±4
112±3
5x

°

Ø497±2

Ø200±1
Ø165±0,572

56,5±0,6

Cable glandM16x1,5

5xM6
183±3

Ø186±0,5
Depth of screw
12-16 mm"A" ❮W3G 500-DM56-35 (With full square nozzle)

Ø11

Ø517

180±5

16
120

615±1
656-3

2016-06"A" ❮24

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 24

21.06.2016 11:35:06

Information

EC axial fans “high pressure”
Ø 630 with motor M3G150, drawings for direction of air flow "A"A3G 630-AU23-35 (Without attachments)

Energy comparison

Depth of screw
max. 25 mm

211±3
145±2
˚
45
8x

14xM10EC axial fans “low pressure”

6x60˚Ø627±2

22,5˚

70

250,5±1Ø232-2
Ø252±0,3
Ø275

EC axial fans “high pressure”"A" ❮Cable gland
M20x1,5

W3G 630-DU23-35 (With full square nozzle)

Ø11Technical parameters & scope

Ø696

Connection diagrams

288±5

20
150

750±1
805-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 25

Agents25

2016-06"A" ❮21.06.2016 11:35:10

EC axial fans “high pressure”
Ø 710 with motor M3G150, drawings for direction of air flow "A"A3G 710-AU21-35 (Without attachments)
Depth of screw
max. 25 mm

211±3
145±2
˚
45
8x

14xM106x6
0˚

Ø703±2

22,5˚

70

250,5±1Ø232-2
Ø252±0,3
Ø275

"A" ❮

Cable gland
M20x1,5

W3G 710-DU21-35 (With full square nozzle)

Ø14,5

Ø772

274,5±5

20
170

810±1
850-3

2016-06"A" ❮26

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 26

21.06.2016 11:35:15

Information

EC axial fans “high pressure”
Ø 800 with motor M3G150, drawings for direction of air flow "A"A3G 800-AT21-35 (Without attachments)

Energy comparison

Depth of screw
max. 25 mm

210±3
148±2
˚
45
8x

14xM10EC axial fans “low pressure”

6x6
0

˚

Ø788±2

22,5˚

57,5
238±1

Ø232-2
Ø252±0,3
Ø275

EC axial fans “high pressure”"A" ❮Cable gland
M20x1,5

W3G 800-DT21-35 (With full square nozzle)

Ø14,5Technical parameters & scope

Ø857

Connection diagrams

267±5

17
190

910±1
970-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 27

Agents27

2016-06"A" ❮21.06.2016 11:35:20

EC axial fans “high pressure”
Ø 910 with motor M3G150, drawings for direction of air flow "A"A3G 910-AV02-35 (Without attachments)
Depth of screw
max. 25 mm

190±3
119±2
˚
45
8x

14xM106x6
0˚

Ø905±222,5˚

70
289,5±1"A" ❮Cable gland
M20x1,5

Ø232-2
Ø252±0,3
Ø275

W3G 910-DV02-35 (With full square nozzle)

Ø14,5

Ø976

293±5

20
205

1010±1
1070-32016-06"A" ❮28

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 28

21.06.2016 11:35:24

Information

EC axial fans “high pressure”
Ø 990 with motor M3G150, drawings for direction of air flow "A"A3G 990-AZ02-35 (Without attachments)

Energy comparison

Depth of screw
max. 25 mm

182±3
106±2
˚
45
8x

14xM10EC axial fans “low pressure”

6x60˚Ø990±222,5˚

70
289,5±1

EC axial fans “high pressure”"A" ❮Cable gland
M20x1,5

Ø232-2
Ø252±0,3
Ø275

W3G 990-DZ02-35 (With full square nozzle)

Ø14,5Technical parameters & scope

Ø1063

Connection diagrams

277±5

20
225

1110±11170-3

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 29

Agents29

2016-06"A" ❮21.06.2016 11:35:28

EC axial fans “high pressure”
Ø 1250 with motor M3G200, drawings for direction of air flow "A"
A3G Z50-AB02-35 (Without attachments)
Depth of screw
max. 25 mm

220±3
158±2
˚
45
8x

8xM10

Ø1248±2

22,5˚

113
347,2±1,5Ø280-2
Ø304±0,5
Ø325

"A" ❮

Cable gland
M20x1,5 (2x)M25x1,5 (1x)W3G Z50-CB02-35 (With full round nozzle)

409±5
6xØ14
˚

60

6x

Ø1420

15˚

260

2016-06"A" ❮Ø1480±1,2
Ø1560-330

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 30

21.06.2016 11:35:33

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 31

Agents

2016-06

31

21.06.2016 11:35:33

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

EC axial fans “low pressure”

Energy comparison

Information

2016-06

32

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21.06.2016 11:35:34

33

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 33

Agents

2016-06

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

EC axial fans “low pressure”

Energy comparison

Information

Connection diagrams

21.06.2016 11:35:35

Connection diagram: L5)
M3G150 / M3G200, 3~380-480 VAC

Technical features• PFC, passive				• RS 485 MODBUS-RTU		

• External 24 V input (parameterization)• Integrated PI controller			• Motor current limitation / Alarm relay• Control interface with SELV potential• Control input 0-10 VDC or 4-20 mA		

• Undervoltage/phase failure detection

safely disconnected from supply• Input for sensor 0-10 V or 4-20 mA		• Thermal overload protection for electronics/motor• Output for slave 0-10 V max. 5 mA		

• Locked-rotor protection, Soft start• Output 20 VDC (+/-25 % / -10 %) max. 50 mA• Digital inputs for day / night switch,• Output 10 VDC (+/-3 %) max. 10 mA		

enabling, cooling / heating

KL 3

KL 2

KL 1

Aout
Din1

NO

COM

NC

4

5

6

7

1

2

3

L3

Ain2 I
Ain1 I

3

L2

+20 V
+10 V

2

L1

Ain2 U
Ain1 U

1

PE

GND

14

GND

13

Din3

12

RS B

11

Din2

10

1

2

3

Terminal

Pin

Connection Assignment/function

KL1

1

L1

Supply connection, power supply 3-phase 380-480 VAC, 50/60 Hz

2

L2

Supply connection, power supply 3-phase 380-480 VAC, 50/60 Hz

3

L3

Supply connection, power supply 3-phase 380-480 VAC, 50/60 HzPE

Ground connection, PE connection

1

NO

Status relay, floating status contact, make for failure

2

COM

Status relay, floating status contact, changeover contact, common connection (2 A, 250 V, min. 10 mA, AC1)

3

NC

Status relay, floating status contact, break for failure

1

RSA

Bus connection RS485; RSA; MODBUS RTU; SELV2

RSBBus connection RS485; RSB; MODBUS RTU; SELV

3/10

GND

Reference ground for control interface; SELV

4

Ain1 U /PWM

Analog input 1 (set value); 0-10 V; Ri= 100 kΩ; adjustable curve; only for use as alternative to input Ain1 I; SELV

5

+10 V

Fixed voltage output 10 VDC; +10 V ±3 %; max. 10 mA; short-circuit-proof; power supply for external devices (e.g. pot.meter); SELV

6

Ain1 I

Analog input 1 (set value); 4-20 mA; Ri= 100 Ω; adjustable curve, only for use as alternative to input Ain1 U; SELV

7

Din1

Digital input 1: Enable electronics; Enable: Pin open or applied voltage 5...50 VDC; Disable: Bridge to GND or applied voltage < 1 VDC;
Reset function: Triggering of software reset after level change to < 1VDC; SELV

8

Din2

Digital input 2: Switching parameter sets 1/2, according to EEPROM setting, the valid/used parameter set can be selected via bus or
via digital input Din2. Parameter set 1: Pin open or applied voltage 5-50 VDC; Parameter set 2: Bridge to GND or applied voltage< 1 VDC; SELV

9

Din3

Digital input 3: Direction of action of integrated controller; According to EEPROM setting, the direction of action of the integrated
controller can be selected as normal/inverse via bus or digital input; Normal: Pin open or applied voltage 5...50 VDC;
Inverse: Bridge or applied voltage < 1 VDC; SELV

11

Ain2 U

Analog input 2; Measured value 0-10 V; Ri= 100 kΩ; adjustable curve; only for use as alternative to input Ain2 I; SELV

12

+20 V

Fixed voltage output 20 VDC; +20 V +25/-10 %; max. 50 mA; short-circuit-proof;
power supply for external devices (e.g. sensor); SELV

13

Ain2 I

Analog input 2; Measured value 4-20 mA; Ri= 100 Ω; adjustable curve, only for use as alternative to input Ain2 U; SELV

14

Aout

Analog output 0-10 V; max. 5 mA; output of current motor modulation level/current motor speed.
Adjustable curve; SELV

grün/gelb
PE
KL2

KL3

2016-06

9

RS A

8

34

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 34

21.06.2016 11:35:35

Information

Connection diagram: P2)
M3G112, 1~200-277 VAC• PFC, active			• RS 485 MODBUS-RTU		

• External 24 V input (parameterization)• Integrated PI controller		• Alarm relay		• Control interface with SELV potential• Control input 0-10 VDC / PWM• Undervoltage/phase failure detection• Input for sensor 0-10 V or 4-20 mA• Motor current limitation		• Operation and fault indicator• Power limitersafely disconnected from supply• Output for slave 0-10 V		

• Thermal overload protection for electronics/motor• Output 20 VDC max. 50 mA		

• Selection of direction of rotation left/right• Output 10 VDC max. 10 mA		

• Soft start

Anschluss

8
7
6
5
4
3

6

3

3/7

2

4-20mA

1O
20V+10V/10mA

10V

33

0-10V/PWM

100

GND

47K

2.2µF

OUT

OUT

KL2
NO

GND

COM
NC

1

2

I

11

10K

4

IN

47K

+20V/50mA

1

5
4-20mA

0-10V/PWM

2

Speed settingwith potentiometer

RSB

GND

EC axial fans “high pressure”

2

RSA

RSB

9

10V -> n = max
1V -> n = min<1V -> n = 0

Set valuee.g. for pressure

RSA

10

1-10V

3

RSB

11

A2

3/7

KL1
L

2

N

1

PE
PE

PE

KL1
KL2

KL3

L

N

2

1

3

2

1

2

1

Connection diagrams

NC

3

PE

COM

4

PE

NO

5

OUT

6

GND

7

+10 V

+20 V

8

0-10V
PWM

4-20 mA

RSB
9

GND

RSA
10

0-10V
PWM

RS B
11

KL 1

Connection Assignment/functionPE

Ground connection, PE connection

1

N

Supply connection, power supply 1-phase 200-277 VAC; 50/60 Hz, neutral

2

L

Supply connection, power supply 1-phase 200-277 VAC; 50/60 Hz, phase

1

NC

Status relay, floating status contact, break for failure

2

COM

Status relay, floating status contact, changeover contact, common connection;
contact rating 250 VAC / max. 2 A (AC1) / min. 10 mA

3

NO

Status relay, floating status contact, make for failure

1

OUT

Analogue output 0-10 V; max. 3 mA, SELV
Output of the actual motor duty cycle: 1 V corresponds to 10 % PWM. 10 V correspond to 100 % PWM.

2/8

GND

Reference ground for control interface, SELV

3/7

0-10 V PWM

Control input / current sensor value input 0-10 VDC, impedance 100 kΩ, only for use as alternative to input 4-20 mA, SELV

4

+10 V

Fixed voltage output 10 VDC; +10 V ±3 %; max. 10 mA; power supply for external devices (e.g. potentiometer), SELV

5

+20 V

Fixed voltage output 20 VDC; +20 V +25/-10 %; max. 50 mA; power supply for external devices (e.g. sensor), SELV

6

4-20 mA

Control input / current sensor value input 4-20 mA, impedance 100 Ω, only for use as alternative to input 0-10 V, SELV

9/11

RSB

Bus connection RS485; RSB; MODBUS RTU, SELV

10/12 RSABus connection RS485; RSA; MODBUS RTU, SELVTechnical parameters & scope

Pin

PE

12

KL 2

35

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 35

2016-06

Terminal
Farbe

RS A

KL 3

Agents124Ventilator

KL3
RSA

A1

Speed
setting

1412Kundenseite
Full
Speed

EC axial fans “low pressure”

		Energy comparison

Technical features

21.06.2016 11:35:35

Connection diagram: L9)
M3G150, 1~200-277 VAC

Technical features• PFC, active			• RS 485 MODBUS-RTU			

• External 24 V input (parameterization)• Integrated PI controller		• Alarm relay			• Control interface with SELV potential• Control input 0-10 VDC / PWM• Undervoltage/phase failure detection		• Input for sensor 0-10 V or 4-20 mA• Motor current limitation			• Power limiter• Output for slave 0-10 V		

• Thermal overload protection for electronics/motor• Tach output• Output 20 VDC max. 50 mA		• External enable input• Output 10 VDC max. 10 mA		

• Soft start

KL 3

KL 2

KL 1

Ain2 I

Aout

Ain1 I

Din1

NO

COM

NC

3

4

5

6

7

1

2

3

N

+20 V
+10 V

2

L1

Ain2 U
Ain1 U

1

PE

GND

14

GND

13

Din3

12

RS B

11

Din2

10

1

2

Terminal

Pin

Connection Assignment/function

KL1

1

L1

Supply connection, power supply 1-phase 200-277 VAC, 50/60 Hz, phase

2

N

Supply connection, power supply 1-phase 200-277 VAC, 50/60 Hz, neutralPE

Ground connection, PE connection

1

NO

Status relay, floating status contact, make for failure

2

COM

Status relay, floating status contact, changeover contact, common connection (2 A, 250 V, min. 10 mA, AC1)

3

NC

Status relay, floating status contact, break for failure

1

RSA

Bus connection RS485; RSA; MODBUS RTU; SELV2

RSBBus connection RS485; RSB; MODBUS RTU; SELV

3/10

GND

Reference ground for control interface; SELV

4

Ain1 U /PWM

Analog input 1 (set value); 0-10 V; Ri= 100 kΩ; adjustable curve; only for use as alternative to input Ain1 I; SELV

5

+10 V

Fixed voltage output 10 VDC; +10 V ±3 %; max. 10 mA; short-circuit-proof; power supply for external devices (e.g. pot.meter); SELV

6

Ain1 I

Analog input 1 (set value); 4-20 mA; Ri= 100 Ω; adjustable curve, only for use as alternative to input Ain1 U; SELV

7

Din1

Digital input 1: Enable electronics; Enable: Pin open or applied voltage 5...50 VDC; Disable: Bridge to GND or applied voltage < 1 VDC;
Reset function: Triggering of software reset after level change to < 1VDC; SELV

8

Din2

Digital input 2: Switching parameter sets 1/2, according to EEPROM setting, the valid/used parameter set can be selected via bus or
via digital input Din2. Parameter set 1: Pin open or applied voltage 5-50 VDC; Parameter set 2: Bridge to GND or applied voltage< 1 VDC; SELV

9

Din3

Digital input 3: Direction of action of integrated controller; According to EEPROM setting, the direction of action of the integrated
controller can be selected as normal/inverse via bus or digital input; Normal: Pin open or applied voltage 5...50 VDC;
Inverse: Bridge or applied voltage < 1 VDC; SELV

11

Ain2 U

Analog input 2; Measured value 0-10 V; Ri= 100 kΩ; adjustable curve; only for use as alternative to input Ain2 I; SELV

12

+20 V

Fixed voltage output 20 VDC; +20 V +25/-10 %; max. 50 mA; short-circuit-proof;
power supply for external devices (e.g. sensor); SELV

13

Ain2 I

Analog input 2; Measured value 4-20 mA; Ri= 100 Ω; adjustable curve, only for use as alternative to input Ain2 U; SELV

14

Aout

Analog output 0-10 V; max. 5 mA; output of current motor modulation level/current motor speed.
Adjustable curve; SELV

grün/gelb
PE
KL2

KL3

2016-06

9

RS A

8

safely disconnected from supply

36

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21.06.2016 11:35:35

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 37

Agents

2016-06

37

21.06.2016 11:35:35

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

EC axial fans “low pressure”

Energy comparison

Information

Technical parameters and scopeHigh standards for all ebm-papst products
At ebm-papst we are always looking to improve our products to be able to offer customers just what they need for their particular requirements. Carefulmonitoring of the market enables us to constantly incorporate enhancements into our products. As shown by the technical parameters listed below,
you can always be sure of finding the right solution from ebm-papst for whatever application you may have in mind.

General performance parameters

The service life of the bearing system is primarily governed by theAny deviations from the technical data and technical parameters described

thermal load on the bearings. For the majority of our products we use

here are given in the product-specific data sheet.

maintenance-free ball bearings which can be fitted in any installation

Degree of protection
The degree of protection is specified in the product-specific data sheets.

position. Sleeve bearings can alternatively be employed, as described in
the product-specific data sheets.
As a rough guide (depending on the general conditions), the ball bearings

Insulation classhave a life expectancy L10 of approx. 40,000 hours of operation at an

The insulation class is specified in the product-specific data sheets.

ambient temperature of 40 °C.

Installation position
The installation position is specified in the product-specific data sheets.
Condensation drainage holes
Information on condensation drainage holes is provided in the productspecific data sheets.
Mode of operation

We will gladly provide you with a life expectancy calculation based on yourspecific usage conditions.

Motor protection/thermal protection
Information on motor protection and thermal protection is provided in the
product-specific data sheets.
The following protection methods are provided depending on the type of

The mode of operation is specified in the product-specific data sheets.

motor and area of application:

Protection class– PTC with electronic diagnostics

The protection class is specified in the product-specific data sheets.

– Impedance protection

Service life
The service life of ebm-papst products depends on two main factors:– The service life of the insulation system– The service life of the bearing system
The service life of the insulation system is essentially governed by thevoltage level, the temperature and the ambient conditions such as
humidity and condensation.

– Thermal overload protector, in-circuit or external– Thermal overload protector with electronic diagnostics– Current limitation via electronics
If use is made of an external thermal overload protector, a commerciallyavailable tripping unit must be connected by the customer for shut-off.
Motor protection conforming to the applicable standard must be fitted for
products not provided with a built-in thermal overload protector and notprotected against improper use.
Mechanical strain/performance parameters
All ebm-papst products are subjected to comprehensive testing in conformity with the normative specifications and also incorporating the extensive

2016-06

experience of ebm-papst.

38

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21.06.2016 11:35:36

Information
Energy comparison
Legal and normative specifications

Vibration testing is performed as follows:

The products described in this catalog are developed and manufactured– Vibration test in operation according to DIN IEC 68 Part 2-6

in accordance with the standards applying to the particular product and,– Vibration test at standstill according to DIN IEC 68 Part 2-6

if known, in accordance with the conditions of the particular area of

Shock load testing is performed as follows:Standards– Shock load according to DIN IEC 68 Part 2-27

Information on standards is provided in the product-specific data sheets.

Balancing grade

EMC

Balancing grade testing is performed as follows:

Information on EMC standards is provided in the product-specific data

– Residual imbalance according to DIN ISO 1940

sheets.

– Standard balancing quality level G 6.3

Compliance with EMC standards has to be assessed on the final product,

Should your particular application require a higher level of balancing,as EMC properties may change under different installation conditions.
Touch current

Important

Information on touch current is provided in the product-specific data

When operating fans in a dusty environment, it must be ensured thatsheets.

excessive imbalance loading is avoided at all times. Vibration in the fan

Measurement is performed according to IEC 60990.

action must be taken immediately. Operation in this condition will
inevitably result in failure of the fan. Information on fan cleaning canbe found in the assembly and operating instructions.

Approvals
Please contact us if you require a specific type of approval (VDE, UL, GOST,
CCC, CSA, etc.) for your ebm-papst product.
Most of our products can be supplied with the applicable approval.

Chemical and physical strain/performance parameters

Information on existing approvals is provided in the product-specific data

Please consult your ebm-papst contact for any questions regarding

sheets.

chemical and physical strain.

Connection diagramsand the surrounding area is an indication of imbalance and remedial

Air performance measurements

Areas of use, industries & applications

All air performance measurements are conducted on intake-side chamber

Our products are used in a variety of industries and for numerous

test rigs conforming to the requirements of ISO 5801 and DIN 24163. The

applications:fans under test are attached to the measuring chamber with free air intake

Ventilation, air conditioning and refrigeration technology, clean roomand exhaust (installation category A) and operated at nominal voltage,technology, automotive and railway engineering, medical and laboratory

with alternating current also at nominal frequency, without any additional

technology, electronics, computer and office systems, telecommunications,attachments such as a guard grill.

household appliances, heating systems, machinery and installations, drive

As required by the standards, the air performance curves shown are

engineering.

referenced to an air density of 1.15 kg/m3.

Technical parameters & scope

please contact us and specify the details in your order.

EC axial fans “high pressure”

application.

39

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 39

2016-06

Our products are not intended for use in the aerospace industry!

AgentsShock load

EC axial fans “low pressure”

Vibration testing

21.06.2016 11:35:38

Technical parameters and scope

Air and sound measurement conditions

Sound pressure and sound power level

Measurements on ebm-papst products are taken under the following

All acoustic values are determined in accordance with ISO 13347,

conditions:

DIN 45635 and ISO 3744/3745 as per accuracy class 2 and given– Axial and diagonal fans in airflow direction “V” in full nozzle withoutin A-rated form.

guard grille

For measurement of the sound pressure level Lp the microphone is located– Backward-curved centrifugal fans, free-running with inlet ringon the intake side of the fan being tested, generally at a distance of 1 m on

– Forward-curved single and dual-inlet centrifugal fans with housing

the fan axis.

– Backward-curved dual-inlet centrifugal fans with housing

For measurement of the sound power level Lw 10 microphones are distributed over an enveloping surface on the intake side of the fan being tested

Sound measurements(see graphic). The measured sound power level can be roughly calculated

All sound measurements are taken in anechoic rooms with reverberant

from the sound pressure level by adding 7 dB.

floor. ebm-papst acoustic test chambers meet the requirements ofaccuracy class 1 as per DIN EN ISO 3745. For sound measurement, thefans being tested are positioned in a reverberant wall and operated at

Measurement set-up according to ISO 13347-3 and DIN 45635-38:
10 measuring points

nominal voltage, with alternating current also at nominal frequency,d≥D

without any additional attachments such as a guard grill.

h = 1.5d ... 4.5d

D

1.5d

Measurement area S = 6d2 + 7d (h + 1.5d)h

3d

2016-062d

40

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21.06.2016 11:35:39

Information
Energy comparison
1015

EC axial fans “low pressure”

This means that a total level of 84 dB(A) is to be expected for the installation.

EC axial fans “high pressure”

pressure level of one fan is 75 dB(A). The level increase determined from the graph is 9 dB.

9Example: There are 8 axial fans A3G800 on a condenser. According to the data sheet, the sound5

values specified in the data sheet. This is shown in the adjacent graph.

0

The noise characteristics of several identical fans can be predicted on the basis of the sound[dB][dB(A)]

The addition of 2 sound sources with the same level produces a level increase of approx. 3 dB.

Increase in sound pressure / sound power level

Cumulative level of several sound sources with the same level

1

2

3

4

5

6 7 8 9 10

15

20 25

level is 4 dB. The level increase of approx. 1.5 dB can now be read off the graph. This meansthat a total level of 76.5 dB(A) is to be expected for the unit.

3
2
0

4

8

12

16

20

Technical parameters & scope-10

sound pressure level decreases with increasing distance from the sound source. The adjacent0[dB][dB(A)]The sound power level is not governed by the distance from the noise source. By contrast, the24[dB][dB(A)]

Difference in level with two sources of soundDistance laws

Connection diagramsof 75 dB(A) at the point of operation and one axial fan A3G710 with 71 dB(A). The difference in

1,5

Example: In a ventilation unit, there is one axial fan A3G800 with a sound pressure level1

specified in the data sheet. This is shown in the adjacent graph.

0

The noise characteristics of two different fans can be predicted on the basis of the sound values

Increase in sound pressure / sound power level

Cumulative level of two sound sources with different levels[dB][dB(A)]

Number of sources of sound with identical levelgraph shows the decrease in level under far field conditions. Far field conditions apply if there is

6 dB each time the distance is doubled. Different relationships apply in the near field of the fan
and the level may decrease to a far lesser extent. The following example only applies to far field
conditions and may vary considerably as a result of installation effects:
For an axial fan A3G300, a sound pressure level of 65 dB(A) was measured at a distance of 1 m.
From the adjacent graph, this would yield a reduction of 26 dB at a distance of 20 m, i.e. a sound

-20
-26
-30

be consulted for more detailed information on far fields. The level in the far field decreases by-40

the wavelength under consideration. On account of the complexity of the topic, literature should

Decrease in sound pressure levela considerable distance between the microphone and the fan in relation to the fan diameter and1

Distance

2

5

10

20

50

100
[m]

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 41

Agents41

2016-06

pressure level of 39 dB(A).

21.06.2016 11:35:41

2016-06

ebm-papst in Germany

ebm-papst Mulfingen GmbH & Co. KG
Bachmühle 274673 Mulfingen
GERMANY
Phone +49 7938 81-0
Fax +49 7938 81-110
info1@de.ebmpapst.com

ebm-papst St. Georgen GmbH & Co. KG
Hermann-Papst-Straße 178112 St. Georgen
GERMANY
Phone +49 7724 81-0
Fax +49 7724 81-1309
info2@de.ebmpapst.com

BerlinDipl.-Ing. (TH) Jens Duchow
Händelstraße 716341 Panketal
GERMANY
Phone +49 30 944149-62
Fax +49 30 944149-63
Jens.Duchow@de.ebmpapst.com

Heilbronn / Heidelberg
Dipl.-Ing. Mark Gartner
Gehrweg 1274199 Unterheinriet
GERMANY
Phone +49 7130 404569-1
Fax +49 7130 404569-2
Mark.Gartner@de.ebmpapst.com

Bielefeld
Dipl.-Ing. (FH) Wolf-Jürgen Weber
Niehausweg 1333739 Bielefeld
GERMANY
Phone +49 5206 91732-31
Fax +49 5206 91732-35
Wolf-Juergen.Weber@de.ebmpapst.com

KasselDipl.-Ing. (FH) Ralph Brück
Hoherainstraße 3 b
35075 Gladenbach
GERMANY
Phone +49 6462 4071-10
Fax +49 6462 4071-11
Ralph.Brueck@de.ebmpapst.com

DortmundDipl.-Ing. (FH) Hans-Joachim Pundt
Auf den Steinern 359519 Möhnesee-Völlinghausen
GERMANY
Phone +49 2925 800-407
Fax +49 2925 800-408
Hans-Joachim.Pundt@de.ebmpapst.com

Koblenz
Winfried Schaefer
Hinter der Kirch 1056767 Uersfeld
GERMANY
Phone +49 2657 16-96
Fax +49 2657 16-76
Winfried.Schaefer@de.ebmpapst.com

Frankfurt
Dipl.-Ing. Christian Kleffmann
Dr.-Hermann-Krause-Straße 23
63452 Hanau
GERMANY
Phone +49 6181 1898-12
Fax +49 6181 1898-13
Christian.Kleffmann@de.ebmpapst.com

MunichDipl.-Wirt.-Ing. (FH) Jens Peter
Landsbergerstraße 14
86932 PürgenGERMANY
Phone +49 8196 99877-54
Fax +49 8196 99877-55
Jens.Peter@de.ebmpapst.com

Halle
Dipl.-Ing. (TU) Michael Hanning
Lercheneck 406198 Salzatal / OT Lieskau
GERMANY
Phone +49 345 55124-56
Fax +49 345 55124-57
Michael.Hanning@de.ebmpapst.com

Nuremberg
Dipl.-Wirt.-Ing. (FH) Axel Resch
Dr.-August-Koch-Str. 1
91639 Wolframs-Eschenbach
GERMANY
Phone +49 9875 9783-170
Fax +49 9875 9783-171
Axel.Resch@de.ebmpapst.com

Hamburg
Ingenieurbüro Breuell GmbH
Ing. Dirk Kahl
Elektroingenieur
Oststraße 96
22844 Norderstedt
GERMANY
Phone +49 40 538092-19
Fax +49 40 538092-84
Kahl@breuell-hilgenfeldt.de

Offenburg
Dipl.-Ing. (FH) Ralf Braun
Hubeneck 21
77704 Oberkirch
GERMANY
Phone +49 7802 9822-52
Fax +49 7802 9822-53
Ralf.Braun@de.ebmpapst.com

42

fan agent

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 42

Stuttgart
Dipl.-Ing. (FH) Rudi Weinmann
Hindenburgstraße 100/1
73207 Plochingen
GERMANY
Phone +49 7153 9289-80
Fax +49 7153 9289-81
Rudi.Weinmann@de.ebmpapst.com

compact fan agent

motor specialist

ebm-papst Landshut GmbH
Hofmark-Aich-Straße 25
84030 Landshut
GERMANY
Phone +49 871 707-0
Fax +49 871 707-465
info3@de.ebmpapst.com

Ulm
M.Sc. Reinhard Sommerreißer
Am Germanenring 13
86674 Baar / Schwaben
GERMANY
Phone +49 8276 5899-775
Fax +49 8276 5899-776
Reinhard.Sommerreisser@de.ebmpapst.com

Distributors
Frankfurt
R.E.D. Handelsgesellschaft mbH
Gutenbergstraße 363110 Rodgau - Jügesheim
GERMANY
Phone +49 6106 841-0
Fax +49 6106 841-111
info@red-elektromechanik.de
www.red-elektromechanik.de
Hamburg
Breuell + Hilgenfeldt GmbH
Oststraße 96
22844 Norderstedt
GERMANY
Phone +49 40 538092-20
Fax +49 40 538092-84
info@breuell-hilgenfeldt.deMunichA. Schweiger GmbH
Ohmstraße 182054 Sauerlach
GERMANY
Phone +49 8104 897-0
Fax +49 8104 897-90
info@schweiger-gmbh.dewww.schweiger-gmbh.com(1 to 5 pieces)
North
Breuell + Hilgenfeldt GmbH
Oststraße 96
22844 Norderstedt
GERMANY
Phone +49 40 538092-20
Fax +49 40 538092-84
info@breuell-hilgenfeldt.deSouth
HDS Ventilatoren Vertriebs GmbH
Glaswiesenstraße 174677 Dörzbach
GERMANY
Phone +49 7937 80355-20
Fax +49 7937 80355-25
info@hds-gmbh.net
www.hds-gmbh.net

motor agent

21.06.2016 11:35:42

Information
Hungary
ebm-papst Industries Kft.
Ezred u. 2.
1044 Budapest
HUNGARY
Phone +36 1 8722-190
Fax +36 1 8722-194
office@hu.ebmpapst.com
Iceland
RJ Engineers
Stangarhyl 1a
110 Reykjavik
ICELAND
Phone +354 567 8030
Fax +354 567 8015
rj@rj.iswww.rj.is

Denmark
ebm-papst Denmark ApS
Vallensbækvej 212605 Brøndby
DENMARK
Phone +45 43 631111
Fax +45 43 630505
mail@dk.ebmpapst.com
www.ebmpapst.dk

Irelandebm-papst UK Ltd.
Chelmsford Business Park
Chelmsford Essex CM2 5EZ
UNITED KINGDOM
Phone +44 1245 468555
Fax +44 1245 466336
sales@uk.ebmpapst.com
www.ebmpapst.co.uk

Estonia
ebm-papst Oy, Eesti Filiaal
Kesk tee 13
Aaviku küla, Jüri Tehnopark
75301 Rae Vald, Harjumaa
ESTONIA
Phone +372 65569-78
Fax +372 65569-79
www.ebmpapst.ee

Bulgaria
ebm-papst Romania S.R.L.
Str. Tarnavei No. 20
500327 Brasov
ROMANIA
Phone +40 268 331859
Fax +40 268 312805
dudasludovic@xnet.ro

AuBren Limited
Portlaoise Business & Technology Park
Mountrath Road
Portlaoise, Co. Laois
IRELAND
Phone +353 57 8664343
Fax +353 57 8664346
sales@ie.aubren.com
www.aubren.com

Finlandebm-papst Oy
Puistotie 102760 Espoo
FINLAND
Phone +358 9 887022-0
Fax +358 9 887022-13
mailbox@ebmpapst.fi
www.ebmpapst.fi

Croatia
ebm-papst Industries Kft.
Ezred u. 2.
1044 Budapest
HUNGARY
Phone +36 1 8722-190
Fax +36 1 8722-194
office@hu.ebmpapst.com

Italy
ebm-papst Srl
Via Cornaggia 108
22076 Mozzate (Co)ITALY
Phone +39 0331 836201
Fax +39 0331 821510
info@it.ebmpapst.com
www.ebmpapst.it

Franceebm-papst sarlParc d’Activités Nord
1 rue Mohler – BP 62
67212 Obernai Cedex
FRANCE
Phone +33 3 88 66 88 03
info@ebmpapst.fr
www.ebmpapst.fr

fan agent

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 43

compact fan agent

Connection diagrams

Belgium
ebm-papst Benelux B.V.
Sales office Belgium-Luxemburg
Romeinsestraat 6/0101
Research Park Haasrode
3001 Heverlee-Leuven
BELGIUM
Phone +32 16 396-200
Fax +32 16 396-220
info@be.ebmpapst.com
www.ebmpapst.beEC axial fans “high pressure”

Czech Republic / Slovakia
ebm-papst CZ s.r.o.
Kaštanová 34a
620 00 BrnoCZECH REPUBLIC
Phone +420 544 502-411
Fax +420 547 232-622
info@ebmpapst.cz
www.ebmpapst.cz

Technical parameters & scope

Belarusebm-papst Bel AgmbH
Lipkovskaya Gasse 34
Office No.6, Room 106,107
223010 Minsk
BELARUS
Phone +375 17 3851556
Fax +375 17 3851556
info@by.ebmpapst.com
www.ebmpapst.by

GreeceHelcoma
E. Rota and Co. OE
Davaki 65
17672 Kallithea-Attiki
GREECE
Phone +30 210 9513-705
Fax +30 210 9513-490
contact@helcoma.gr
www.helcoma.gr

motor specialist

motor agent

43

AgentsAustria
ebm-papst Motoren & Ventilatoren GmbH
Straubingstraße 174030 Linz
AUSTRIA
Phone +43 732 321150-0
Fax +43 732 321150-20
info@at.ebmpapst.com
www.ebmpapst.at

CyprusHelcoma
E. Rota and Co. OE
Davaki 65
17672 Kallithea-Attiki
GREECE
Phone +30 210 9513-705
Fax +30 210 9513-490
contact@helcoma.gr
www.helcoma.gr

2016-06

EuropeEC axial fans “low pressure”

Energy comparison

ebm-papst in Europe

21.06.2016 11:35:43

ebm-papst in Europe

Macedonia
ebm-papst Industries Kft.
Ezred u. 2.
1044 Budapest
HUNGARY
Phone +36 1 8722-190
Fax +36 1 8722-194
office@hu.ebmpapst.com

Romania
ebm-papst Romania S.R.L.
Str. Tarnavei Nr. 20
500327 Brasov
ROMANIA
Phone +40 268 331859
Fax +40 268 312805
dudasludovic@xnet.ro

Netherlands
ebm-papst Benelux B.V.
Polbeemd 7 - 5741 TP Beek en Donk
P.O. Box 140 - 5740 AC Beek en Donk
NETHERLANDS
Phone +31 492 502-900
Fax +31 492 502-950
verkoop@nl.ebmpapst.com
www.ebmpapst.nl

Russiaebm-papst Rus GmbH
Olimpiyskiy prospect 29A, office 418
141006 Mytistschi, Oblast Moskau
RUSSIA
Phone +7 495 9807524
Fax +7 495 5140924
info@ebmpapst.ru
www.ebmpapst.ru

ebm-papst Heating Systems B.V.
Van Veldekekade 360
5216 KT ‘s-Hertogenbosch
NETHERLANDS
Phone +31 73 648 89 00
Fax +31 73 648 89 11
info@ebmpapst-hs.nl
www.ebmpapst-hs.nl
Norwayebm-papst AS
P.B. 173 Holmlia
1203 OsloNORWAY
Phone +47 22 763340
Fax +47 22 619173
mailbox@ebmpapst.nowww.ebmpapst.no
Polandebm-papst Polska Sp. z o.o.
ul. Annopol 4A
03236 Warszawa
POLAND
Phone +48 22 6757819
Fax +48 22 6769587
office@ebmpapst.pl
www.ebmpapst.pl

2016-06

Portugal
ebm-papst (Portugal), Lda.
Centro Empresarial de Alverca
Rua de Adarse, Vale D’Ervas
Corpo D / Fracção 32615-178 Alverca do Ribatejo
PORTUGAL
Phone +351 218 394 880
Fax +351 218 394 759
info@pt.ebmpapst.com
www.ebmpapst.pt

44

fan agent

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 44

ebm-papst Ural GmbH
Posadskaja-Strasse, 23(E), 3
620102 Ekaterinburg
RUSSIA
Phone +7 343 2338000
Fax +7 343 2337788
Konstantin.Molokov@ru.ebmpapst.com
www.ebmpapst.su
Serbia & Montenegro
ebm-papst Industries Kft.
Ezred u. 2.
1044 Budapest
HUNGARY
Phone +36 1 8722-190
Fax +36 1 8722-194
office@hu.ebmpapst.com
Spain
ebm-papst Ibérica S.L.
Avda. del Sistema Solar, 2928830 San Fernando de Henares (Madrid)
SPAIN
Phone +34 91 6780894
Fax +34 91 6781530
ventas@ebmpapst.es
www.ebmpapst.es
Swedenebm-papst ABÄggelundavägen 2
17562 Järfälla
SWEDEN
Phone +46 10 4544400
Fax +46 8 362306
info@ebmpapst.se
www.ebmpapst.se

compact fan agent

motor specialist

Switzerland
ebm-papst AG
Rütisbergstrasse 18156 Oberhasli
SWITZERLAND
Phone +41 44 73220-70
Fax +41 44 73220-77
verkauf@ebmpapst.ch
www.ebmpapst.ch
TurkeyAkantel Elektronik San. Tic. LTD. Sti.
Atatürk Organize Sanayi
Bölgesi 10007 SK. No.:635620 Cigli-Izmir
TURKEY
Phone +90 232 3282090
Fax +90 232 3280270
akantel@akantel.com.tr
www.ebmpapst.com.tr
Ukraineebm-papst Ukraine LLC
Lepse Boulevard, 4, Building 2103067 Kiev
UKRAINE
Phone +38 044 2063091
Fax +38 044 2063091
mail@ebmpapst.ua
www.ebmpapst.ua
United Kingdom
ebm-papst UK Ltd.
Chelmsford Business Park
Chelmsford Essex CM2 5EZ
UNITED KINGDOM
Phone +44 1245 468555
Fax +44 1245 466336
sales@uk.ebmpapst.com
www.ebmpapst.co.uk
ebm-papst Automotive & Drives (UK) Ltd.
The Smithy
Fidlers Lane
East Ilsley, Berkshire RG20 7LG
UNITED KINGDOM
Phone +44 1635 2811-11
Fax +44 1635 2811-61
A&Dsales@uk.ebmpapst.com
www.ebmpapst-ad.com

motor agent

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Argentina
ebm-papst de Argentina S.A.
Hernandarias 148 Lomas del Mirador
Pcia. de Buenos Aires (1752)
ARGENTINA
Phone +54 11 46576135
Fax +54 11 46572092
ventas@ar.ebmpapst.com
www.ebmpapst.com.ar
Brazilebm-papst Motores Ventiladores Ltda.
Av. José Giorgi, 301 Galpões B6+B7
Condominio Logical Center
06707-100 Cotia - São Paulo
BRAZIL
Phone +55 11 4613-8700
Fax +55 11 4777-1456
vendas@br.ebmpapst.com
www.ebmpapst.com.br

Information

AfricaUSA
ebm-papst Inc.
P.O. Box 4009
100 Hyde Road
Farmington, CT 06034
UNITED STATES
Phone +1 860 674-1515
Fax +1 860 674-8536
sales@us.ebmpapst.com
www.ebmpapst.us

South Africa
ebm-papst South Africa (Pty) Ltd.
P.O. Box 3124
1119 Yacht Avenue
2040 Honeydew
SOUTH AFRICA
Phone +27 11 794-3434
Fax +27 11 794-5020
info@za.ebmpapst.com
www.ebmpapst.co.za

ebm-papst Automotive & Drives, Inc.
3200 Greenfield, Suite 130
Dearborn, MI 48120
UNITED STATES
Phone +1 313 406-8080
Fax +1 313 406-8081
automotive@us.ebmpapst.com
www.ebmpapst-automotive.us

EC axial fans “high pressure”

America

EC axial fans “low pressure”

Energy comparison

ebm-papst in America and Africa

Connection diagrams

Canadaebm-papst Canada Inc.
1800 Ironstone Manor, Unit 2
Pickering, Ontario, L1W3J9
CANADA
Phone +1 905 420-3533
Fax +1 905 420-3772
sales@ca.ebmpapst.com
www.ebmpapst.ca

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compact fan agent

motor specialist

motor agent

45

Agentsfan agent

2016-06

Technical parameters & scope

Mexicoebm Industrial S. de R.L. de C.V.
Paseo de Tamarindos 400-A-5to PisoCol. Bosques de las Lomas
Mexico 05120, D.F.
MEXICO
Phone +52 55 3300-5144
Fax +52 55 3300-5243
sales@mx.ebmpapst.com
www.ebmpapst.com.mx

21.06.2016 11:35:44

ebm-papst in Asia

Asia
China
ebm-papst Ventilator (Shanghai) Co., Ltd.
No. 418, Huajing Road
WaiGaoQiao Free Trade Zone
No. 2001, Yang Gao (N) Road
200131 Shanghai
P.R. of CHINA
Phone +86 21 5046-0183
Fax +86 21 5046-1119
sales@cn.ebmpapst.com
www.ebmpapst.com.cn

2016-06

Hong Kongebm-papst Hong Kong Ltd.
Room 17E, MG Tower
133 Hoi Bun Road, Kwun Tong
Hong Kong
P.R. of CHINA
Phone +852 2145-8678
Fax +852 2145-7678
info@hk.ebmpapst.com

46

Japan
ebm-papst Japan K.K.
Attend on Tower 13F
Shinyokohama 2-8-12, Kohoku-ku
222-0033 Yokohama-City, Kanagawa
JAPAN
Phone +81 45 47057-51
Fax +81 45 47057-52
info@jp.ebmpapst.com
www.ebmpapst.jp
Korea
ebm-papst Korea Co. Ltd.
6F, Trutec Bldg.
12, WorldCupbuk-ro 56-gil
Mapo-Gu
Seoul 03924
KOREA
Phone +82 2 366213-24
Fax +82 2 366213-26
info@kr.ebmpapst.com
www.ebmpapst.co.kr

India
ebm-papst India Pvt. Ltd.
26/3, G.N.T. Road, Erukkencherry
Chennai-600118
INDIA
Phone +91 44 25372556
Fax +91 44 25371149
sales@in.ebmpapst.com
www.ebmpapst.in

Malaysia
ebm-papst Malaysia
Representative Office
Unit 12-2, Jalan USJ Sentral 3
Persiaran Subang, Selangor Darul Ehsan
47600 Subang Jaya
MALAYSIA
Phone +60 3 8024-1680
Fax +60 3 8024-8718
salesdept@my.ebmpapst.com

Indonesia
ebm-papst Indonesia
Representative Office
German Centre, 4th Floor, Suite 4470
Jl. Kapt. Subijono Dj. Bumi Serpong Damai
15321 Tangerang
INDONESIA
Phone +62 21 5376250
Fax +62 21 5388305
salesdept@id.ebmpapst.com

Philippines
ebm-papst SEA Pte. Ltd.
Representative Office (Philippines)
ALPAP II Building
Trade Street Corner Investment Drive
Unit 1101 Madrigal Business Park
1799 Ayala Alabang / Muntinlupa City
Telefon: +63 02 8042747
Telefax: +63 02 8042757
salesdept@ph.ebmpapst.com

IsraelPolak Bros. Import Agencies Ltd.
9 Hamefalsim Street
Kiryat Arie, Petach-Tikva 49514
ISRAEL
Phone +972 3 9100300
Fax +972 3 5796679
polak@polak.co.il
www.polak.co.il

Singapore
ebm-papst SEA Pte. Ltd.
No. 23 Ubi Road 4#06-00 Olympia Industrial Building
Singapore 408620
SINGAPORE
Phone +65 65513789
Fax +65 68428439
salesdept@sg.ebmpapst.com

fan agent

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compact fan agent

motor specialist

TaiwanETECO Engineering & Trading Corp.
10F-I, No. 92, Teh-Wei Str.
Tsow-Inn District, Kaohsiung
TAIWAN
Phone +886 7 557-4268
Fax +886 7 557-2788
eteco@ms22.hinet.net
www.ebmpapst.com.tw
Thailandebm-papst Thailand Co., Ltd.
99/9 Moo 2, Central Chaengwattana Tower
14th Floor, Room 1402
Chaengwattana Road Bangtarad, Pakkret11120 Nonthaburi
THAILAND
Phone +66 2 8353785-7
Fax +66 2 8353788
salesdept@th.ebmpapst.com
United Arab Emirates
ebm-papst Middle East FZEPO Box 17755
Jebel Ali Free Zone / FZS1 / AP05
Dubai
UNITED ARAB EMIRATES
Phone +971 4 88608-26
Fax +971 4 88608-27
info@ae.ebmpapst.com
www.ebmpapst.ae
Vietnamebm-papst SEA Pte. Ltd.
Representative Office
Room 402, 4th Floor, Saigon 3 Building
140 Nguyen Van Thu Street
Dakao Ward, District 1
Ho Chi Minh City
VIETNAM
Phone +848 3910 4099
Fax +848 3910 3970
salesdept@vn.ebmpapst.com

motor agent

22.06.2016 11:21:44

Information
EC axial fans “low pressure”

Energy comparison

ebm-papst in Oceania

Oceania
Australia
ebm-papst A&NZ Pty Ltd.
10 Oxford Road
Laverton North, Victoria, 3026
AUSTRALIA
Phone +61 3 9360-6400
Fax +61 3 9360-6464
sales@ebmpapst.com.au
www.ebmpapst.com.au

EC_Axialventilatoren_für_Stallüftungen_2016_EN_21_06_2016_Final_.indd 47

compact fan agent

motor specialist

motor agent

47

Agentsfan agent

2016-06

Technical parameters & scope

Connection diagrams

EC axial fans “high pressure”

New Zealandebm-papst A&NZ Pty Ltd.
61 Hugo Johnston Drive, Unit H
Penrose 1061, Auckland
NEW ZEALAND
PO Box 112278,
Penrose 1642, Auckland
Phone +64 9 525-0245
Fax +64 9 525-0246
sales@ebmpapst.com.au
www.ebmpapst.com.au

21.06.2016 11:35:47

www.ebmpapst.com

37856-7-8811 · 2016-06 · KD-3’
Printed in Germany

ebm-papst
Mulfingen GmbH & Co. KG
Bachmühle 274673 Mulfingen
Germany
Phone +49 7938 81-0
Fax +49 7938 81-110
info1@de.ebmpapst.com

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